public void When_keep_alive_operation_is_received_it_must_raise_event_for_mediator_status_change()
{
// Arrange
const int mediatorStatusCode = 5;
using (var testRunner = new CirceUsbLoopbackTestRunner())
{
testRunner.RemoteSessionManager.ConnectionStateChanged += (s, e) =>
{
if (e.State == ControllerConnectionState.Connected)
{
testRunner.Connection.Send(new KeepAliveOperation(KeepAliveOperation.CurrentProtocolVersion,
mediatorStatusCode));
}
};
testRunner.RemoteSessionManager.DeviceTracker.MediatorStatusChanged += (s, e) =>
{
if (e.Argument == mediatorStatusCode)
{
testRunner.SignalSucceeded();
}
};
// Act
bool succeeded = testRunner.Start();
// Assert
succeeded.Should().Be(true, "<USB loopback cable must be connected and COM port must be correct.>");
}
}
public void When_keep_alive_with_incorrect_version_is_received_it_must_disconnect()
{
// Arrange
using (var testRunner = new CirceUsbLoopbackTestRunner())
{
testRunner.RemoteSessionManager.ConnectionStateChanged += (s, e) =>
{
if (e.State == ControllerConnectionState.ProtocolVersionMismatch)
{
testRunner.SignalSucceeded();
}
};
testRunner.ProtocolVersion = new Version(99, 88, 77);
// Act
bool succeeded = testRunner.Start();
// Assert
succeeded.Should().Be(true, "<USB loopback cable must be connected and COM port must be correct.>");
}
}
public void When_keep_alive_with_unconfigured_mediator_status_is_received_it_must_disconnect()
{
// Arrange
using (var testRunner = new CirceUsbLoopbackTestRunner())
{
testRunner.RemoteSessionManager.ConnectionStateChanged += (s, e) =>
{
if (e.State == ControllerConnectionState.MediatorUnconfigured)
{
testRunner.SignalSucceeded();
}
};
testRunner.MediatorStatusCode = KnownMediatorStatusCode.MediatorUnconfigured;
// Act
bool succeeded = testRunner.Start();
// Assert
succeeded.Should().Be(true, "<USB loopback cable must be connected and COM port must be correct.>");
}
}
public void When_connection_becomes_idle_it_must_reconnect()
{
// Arrange
var seenLogout = new FreshBoolean(false);
using (var testRunner = new CirceUsbLoopbackTestRunner())
{
testRunner.OperationReceived += (s, e) =>
{
var logoutOperation = e.Operation as LogoutOperation;
if (logoutOperation != null)
{
seenLogout.Value = true;
}
};
testRunner.RemoteSessionManager.ConnectionStateChanged += (s, e) =>
{
if (e.State == ControllerConnectionState.Connected)
{
if (seenLogout.Value)
{
testRunner.SignalSucceeded();
}
}
};
testRunner.RunTimeout = TimeSpan.FromSeconds(5);
// Act
bool succeeded = testRunner.Start();
// Assert
succeeded.Should().Be(true, "<USB loopback cable must be connected and COM port must be correct.>");
}
}
public void When_connection_becomes_idle_it_must_send_logout_operation()
{
// Arrange
using (var testRunner = new CirceUsbLoopbackTestRunner<LogoutOperation>())
{
testRunner.OperationReceived += (s, e) =>
{
var logoutOperation = e.Operation as LogoutOperation;
if (logoutOperation != null)
{
testRunner.SignalSucceeded(logoutOperation);
}
};
testRunner.RunTimeout = TimeSpan.FromSeconds(3);
// Act
bool succeeded = testRunner.Start();
// Assert
succeeded.Should().Be(true, "<USB loopback cable must be connected and COM port must be correct.>");
testRunner.Result.Should().NotBeNull();
}
}
public void When_visualize_is_requested_it_must_send_operation()
{
var destinations = new[] { new WirelessNetworkAddress("AABBCC"), new WirelessNetworkAddress("DDEEFF") };
VisualizeFieldSet visualizeFieldSet = new VisualizeFieldSetBuilder()
.WithCurrentCompetitorNumber(123)
.WithNextCompetitorNumber(125)
.WithPrimaryTimerIsActive(true)
.WithPrimaryTimerValue(25.Seconds().And(993.Milliseconds()))
.WithSecondaryTimerValue(16.Seconds().And(123.Milliseconds()))
.WithCurrentFaultCount(5)
.WithCurrentRefusalCount(10)
.WithElimination(true)
.WithPreviousPlacement(23)
.Build();
// Arrange
using (var testRunner = new CirceUsbLoopbackTestRunner<VisualizeOperation>())
{
testRunner.RemoteSessionManager.ConnectionStateChanged += (s, e) =>
{
if (e.State == ControllerConnectionState.Connected)
{
testRunner.RemoteSessionManager.VisualizeAsync(destinations, visualizeFieldSet);
}
};
testRunner.OperationReceived += (s, e) =>
{
var visualizeOperation = e.Operation as VisualizeOperation;
if (visualizeOperation != null)
{
testRunner.SignalSucceeded(visualizeOperation);
}
};
// Act
bool succeeded = testRunner.Start();
// Assert
succeeded.Should().Be(true, "<USB loopback cable must be connected and COM port must be correct.>");
VisualizeOperation operationNotNull = testRunner.Result.ShouldNotBeNull();
operationNotNull.DestinationAddresses.Should().Equal(destinations);
operationNotNull.CurrentCompetitorNumber.Should().Be(visualizeFieldSet.CurrentCompetitorNumber);
operationNotNull.NextCompetitorNumber.Should().Be(visualizeFieldSet.NextCompetitorNumber);
operationNotNull.StartTimer.Should().Be(visualizeFieldSet.StartPrimaryTimer);
operationNotNull.PrimaryTimerValue.Should().Be(visualizeFieldSet.PrimaryTimerValue);
operationNotNull.SecondaryTimerValue.Should().Be(visualizeFieldSet.SecondaryTimerValue);
operationNotNull.FaultCount.Should().Be(visualizeFieldSet.CurrentFaultCount);
operationNotNull.RefusalCount.Should().Be(visualizeFieldSet.CurrentRefusalCount);
operationNotNull.Eliminated.Should().Be(visualizeFieldSet.CurrentIsEliminated);
operationNotNull.PreviousPlacement.Should().Be(visualizeFieldSet.PreviousPlacement);
}
}
public void When_clock_synchronization_is_requested_it_must_send_operation()
{
// Arrange
using (var testRunner = new CirceUsbLoopbackTestRunner<SynchronizeClocksOperation>())
{
testRunner.RemoteSessionManager.ConnectionStateChanged += (s, e) =>
{
if (e.State == ControllerConnectionState.Connected)
{
testRunner.RemoteSessionManager.SynchronizeClocksAsync();
}
};
testRunner.OperationReceived += (s, e) =>
{
var synchronizeClocksOperation = e.Operation as SynchronizeClocksOperation;
if (synchronizeClocksOperation != null)
{
testRunner.SignalSucceeded(synchronizeClocksOperation);
}
};
// Act
bool succeeded = testRunner.Start();
// Assert
succeeded.Should().Be(true, "<USB loopback cable must be connected and COM port must be correct.>");
testRunner.Result.Should().NotBeNull();
}
}
public void When_network_setup_is_requested_it_must_send_operation()
{
// Arrange
var deviceAddress = new WirelessNetworkAddress("AABBCC");
const bool setMembership = true;
const DeviceRoles roles = DeviceRoles.Keypad;
using (var testRunner = new CirceUsbLoopbackTestRunner<NetworkSetupOperation>())
{
testRunner.RemoteSessionManager.ConnectionStateChanged += (s, e) =>
{
if (e.State == ControllerConnectionState.Connected)
{
testRunner.RemoteSessionManager.NetworkSetupAsync(deviceAddress, setMembership, roles);
}
};
testRunner.OperationReceived += (s, e) =>
{
var networkSetupOperation = e.Operation as NetworkSetupOperation;
if (networkSetupOperation != null)
{
testRunner.SignalSucceeded(networkSetupOperation);
}
};
// Act
bool succeeded = testRunner.Start();
// Assert
succeeded.Should().Be(true, "<USB loopback cable must be connected and COM port must be correct.>");
NetworkSetupOperation operationNotNull = testRunner.Result.ShouldNotBeNull();
operationNotNull.DestinationAddress.Should().Be(deviceAddress);
operationNotNull.SetMembership.Should().Be(setMembership);
operationNotNull.Roles.Should().Be(roles);
}
}
public void When_alert_is_requested_it_must_send_operation()
{
// Arrange
var deviceAddress = new WirelessNetworkAddress("AABBCC");
using (var testRunner = new CirceUsbLoopbackTestRunner<AlertOperation>())
{
testRunner.RemoteSessionManager.ConnectionStateChanged += (s, e) =>
{
if (e.State == ControllerConnectionState.Connected)
{
testRunner.RemoteSessionManager.AlertAsync(deviceAddress);
}
};
testRunner.OperationReceived += (s, e) =>
{
var alertOperation = e.Operation as AlertOperation;
if (alertOperation != null)
{
testRunner.SignalSucceeded(alertOperation);
}
};
// Act
bool succeeded = testRunner.Start();
// Assert
succeeded.Should().Be(true, "<USB loopback cable must be connected and COM port must be correct.>");
AlertOperation operationNotNull = testRunner.Result.ShouldNotBeNull();
operationNotNull.DestinationAddress.Should().Be(deviceAddress);
}
}
public void When_notify_action_operation_is_received_it_must_raise_event_for_action()
{
// Arrange
var deviceAddress = new WirelessNetworkAddress("AABBCC");
const RawDeviceKeys inputKeys = RawDeviceKeys.Key1OrPlaySoundA;
TimeSpan sensorTime = TimeSpan.FromMilliseconds(3456);
using (var testRunner = new CirceUsbLoopbackTestRunner<DeviceAction>())
{
testRunner.RemoteSessionManager.ConnectionStateChanged += (s, e) =>
{
if (e.State == ControllerConnectionState.Connected)
{
testRunner.Connection.Send(new NotifyActionOperation(deviceAddress)
{
InputKeys = inputKeys,
SensorTime = sensorTime
});
}
};
testRunner.RemoteSessionManager.DeviceActionReceived +=
(s, e) => { testRunner.SignalSucceeded(e.Argument); };
// Act
bool succeeded = testRunner.Start();
// Assert
succeeded.Should().Be(true, "<USB loopback cable must be connected and COM port must be correct.>");
DeviceAction deviceActionNotNull = testRunner.Result.ShouldNotBeNull();
deviceActionNotNull.DeviceAddress.Should().Be(deviceAddress);
deviceActionNotNull.InputKeys.Should().Be(inputKeys);
deviceActionNotNull.SensorTime.Should().Be(sensorTime);
}
}
public void When_notify_status_operation_is_no_longer_received_it_must_raise_event_for_removed_device()
{
// Arrange
var deviceAddress = new WirelessNetworkAddress("AABBCC");
using (var testRunner = new CirceUsbLoopbackTestRunner<WirelessNetworkAddress>())
{
testRunner.RemoteSessionManager.ConnectionStateChanged += (s, e) =>
{
if (e.State == ControllerConnectionState.Connected)
{
testRunner.Connection.Send(new NotifyStatusOperation(deviceAddress, true,
DeviceCapabilities.ControlKeypad | DeviceCapabilities.NumericKeypad |
DeviceCapabilities.StartSensor | DeviceCapabilities.FinishSensor |
DeviceCapabilities.IntermediateSensor, DeviceRoles.StartTimer | DeviceRoles.FinishTimer,
25));
}
};
testRunner.RemoteSessionManager.DeviceTracker.DeviceRemoved +=
(s, e) => { testRunner.SignalSucceeded(e.Argument); };
testRunner.RunTimeout = TimeSpan.FromSeconds(5);
// Act
bool succeeded = testRunner.StartWithKeepAliveLoopInBackground();
// Assert
succeeded.Should().Be(true, "<USB loopback cable must be connected and COM port must be correct.>");
testRunner.Result.Should().Be(deviceAddress);
}
}
public void When_notify_status_operation_is_received_twice_it_must_raise_event_for_changed_device()
{
// Arrange
var deviceAddress = new WirelessNetworkAddress("AABBCC");
const bool getMembership = true;
const DeviceCapabilities capabilities =
DeviceCapabilities.ControlKeypad | DeviceCapabilities.NumericKeypad | DeviceCapabilities.StartSensor |
DeviceCapabilities.FinishSensor | DeviceCapabilities.IntermediateSensor;
const DeviceRoles roles = DeviceRoles.StartTimer | DeviceRoles.FinishTimer;
const int signalStrength = 99;
const int batteryStatus = 83;
const bool isAligned = true;
const ClockSynchronizationStatus clockSynchronization = ClockSynchronizationStatus.RequiresSync;
using (var testRunner = new CirceUsbLoopbackTestRunner<DeviceStatus>())
{
testRunner.RemoteSessionManager.ConnectionStateChanged += (s, e) =>
{
if (e.State == ControllerConnectionState.Connected)
{
testRunner.Connection.Send(new NotifyStatusOperation(deviceAddress, getMembership,
capabilities, roles, 25));
testRunner.Connection.Send(new NotifyStatusOperation(deviceAddress, getMembership,
capabilities, roles, signalStrength)
{
BatteryStatus = batteryStatus,
IsAligned = isAligned,
ClockSynchronization = clockSynchronization
});
}
};
testRunner.RemoteSessionManager.DeviceTracker.DeviceChanged +=
(s, e) => { testRunner.SignalSucceeded(e.Argument); };
// Act
bool succeeded = testRunner.Start();
// Assert
succeeded.Should().Be(true, "<USB loopback cable must be connected and COM port must be correct.>");
DeviceStatus deviceStatusNotNull = testRunner.Result.ShouldNotBeNull();
deviceStatusNotNull.DeviceAddress.Should().Be(deviceAddress);
deviceStatusNotNull.IsInNetwork.Should().Be(getMembership);
deviceStatusNotNull.Capabilities.Should().Be(capabilities);
deviceStatusNotNull.Roles.Should().Be(roles);
deviceStatusNotNull.SignalStrength.Should().Be(signalStrength);
deviceStatusNotNull.BatteryStatus.Should().Be(batteryStatus);
deviceStatusNotNull.IsAligned.Should().Be(isAligned);
deviceStatusNotNull.ClockSynchronization.Should().Be(clockSynchronization);
}
}